Multiscale molecular dynamics approaches couple, in the same simulation, descriptions of the system at different resolutions. In particular, the so-called Molecular Mechanics/Coarse-Grained approach has been proven to be an optimal alternative to all-atom simulations when the absence of structural experimental data and the low sequence identity with templates limit the reliability of protein models, as in the case of G protein-coupled receptor/ligand complexes. In this webinar an overview of this method with some applications and recent developments will be provided
The investigation of protein folding and its ramifications in biological contexts is at the heart of...
MOTIVATION: To assess whether two proteins will interact under physiological conditions, information...
textBiological molecules are essential parts of organisms and participate in a variety of biological...
Multiscale techniques bridge what is often mutually excluding in computer models: accuracy and effic...
Theoretical prediction of protein structures and dynamics is essential for understanding the molecul...
Molecular dynamics simulations is a widely used computational tool to describe the collective motion...
Current computer architectures, coupled with state-of-the-art molecular dynamics simulation software...
Molecular simulations have proved to be extremely successful in predicting structures and energetics...
Abstract. Simulations of protein dynamics may work on different levels of mole-cular detail. The lev...
We review the state-of-the-art in computational molecular simulations for biological systems. We lim...
The computational modeling field has vastly evolved over the past decades. The early developments of...
The computational modeling field has vastly evolved over the past decades. The early developments of...
The computational modeling field has vastly evolved over the past decades. The early developments of...
The computational modeling field has vastly evolved over the past decades. The early developments of...
Data reporting on structure and dynamics of cellular constituents are growing with increasing pace e...
The investigation of protein folding and its ramifications in biological contexts is at the heart of...
MOTIVATION: To assess whether two proteins will interact under physiological conditions, information...
textBiological molecules are essential parts of organisms and participate in a variety of biological...
Multiscale techniques bridge what is often mutually excluding in computer models: accuracy and effic...
Theoretical prediction of protein structures and dynamics is essential for understanding the molecul...
Molecular dynamics simulations is a widely used computational tool to describe the collective motion...
Current computer architectures, coupled with state-of-the-art molecular dynamics simulation software...
Molecular simulations have proved to be extremely successful in predicting structures and energetics...
Abstract. Simulations of protein dynamics may work on different levels of mole-cular detail. The lev...
We review the state-of-the-art in computational molecular simulations for biological systems. We lim...
The computational modeling field has vastly evolved over the past decades. The early developments of...
The computational modeling field has vastly evolved over the past decades. The early developments of...
The computational modeling field has vastly evolved over the past decades. The early developments of...
The computational modeling field has vastly evolved over the past decades. The early developments of...
Data reporting on structure and dynamics of cellular constituents are growing with increasing pace e...
The investigation of protein folding and its ramifications in biological contexts is at the heart of...
MOTIVATION: To assess whether two proteins will interact under physiological conditions, information...
textBiological molecules are essential parts of organisms and participate in a variety of biological...